BEGE is a leading manufacturer of high-quality motion control components, specializing in innovative solutions for industrial automation. Their flanged encoders are renowned for robust construction, superior accuracy, and versatile integration, meeting the demanding needs of engineering professionals across diverse sectors.
BEGE Flanged Encoder MIG Nova+ MN-160-28-0128-9
- High-resolution incremental encoder, delivering up to 128 pulses per revolution per channel for precise speed and position feedback in industrial automation systems
- Enhanced signal stability ensures reliable and consistent operation, making it ideal for advanced motion control and regulation
- Wide input voltage range (5-24VDC) supports integration with a variety of control systems and PLCs
- Dual HTL/TTL A/B quadrature outputs with complementary signals allow easy connection and flexible compatibility with modern drive and control electronics
- Large flange (outer diameter 160 mm, BCD: 130 mm, shaft diameter 28 mm) fits IEC 100/112B14 motors, enabling seamless integration in heavy-duty and high-precision machinery
- Durable aluminium housing combines lightweight strength with long-term resistance to industrial environments
- Sealing options with IP55 or IP67 protection guarantee dependable performance even in dusty or wet environments
- Extended 100-meter cable simplifies installation over long distances for maximum operational flexibility
- 9 mm flange thickness for robust and secure mounting, even in demanding mechanical settings
- Suitable for a range of applications, such as conveyors, packaging machines, robotics, and process automation, where precise motion feedback is crucial
**Application Possibilities for BEGE Encoders:**
- MIG Basic: Reliable incremental encoder for basic speed feedback in standard automation tasks like conveyors and fan control
- MIG Nova+: Incremental encoder with higher resolution and improved stability, suitable for precise regulation in automated systems such as CNC machines and robotics
- MIG AST: Absolute encoder for applications requiring preserved position information after power loss, such as advanced positioning systems and high-precision industrial controls